High energy consuming companies have abundant adjustable resources. The study of the electricity generation and consumption behavior of typical industrial consumers under time-of-use tariffs will guide the development of price-based demand response strategies. Firstly

the production constraints of different power generation facilities are studied

and the production relation-ship

timing relationship and regulation characteristics of different loads are analyzed to establish the model of power generation cost

load transfer cost and net electricity cost of industrial users

to form the economic optimization model of power generation and consumption of typical industrial users. Secondly

according to the production characteristics of three kinds of typical industrial users

the economic optimization model of power generation and consumption is established. Finally

the effectiveness of the method is demonstrated by arithmetic examples. The regulation strategies of electricity generation for different industrial users during price changes are studied and their regulation potential is compared and analyzed.